Are you considering the use of AVGs for your warehouse? To have insights about the magnetic guidance sensor into the machine is important to learn before using it. The Automated Guided Vehicle is a mobile robot, a self-guided vehicle material handling system. AGV transports materials or goods in a controlled environment without a human operator. The magnetic guide sensor makes AVGs perform with precision.
Where do AGVs are used?
AGVs are used in industrial settings, such as:
- manufacturing facilities
- warehouses
- logistics
Logistic companies use AGVs to make their work quicker and easier than manually with the magnetic navigation solution. With the power of a magnetic sensor, AGVGs are working successfully.
The work of a magnetic sensor for AGVs
Magnetic sensors are creating paths for the AGVGs. The working principle of magnetic sensors is based on the changing measurement. The magnetic material will change when exposed to magnetic fields making AGVs work accurately.
The magnetic materials ferromagnetically react to temperature change. There is also a mechanical stress reaction to magnetoelastic materials that makes the AGVs accurately route to the right destination. The magnetic sensor’s vicinity might change measurements due to biomedical applications without AGVs working uninterrupted.
Description of how magnetic guidance sensor function
The magnetic guidance sensor has a unique magnetic position sensor to find the small magnetic field path that is installed on the floor. The magnetic sensor guides the AGV to keep heading in the direction under control. The magnetic guidance sensor gives a signal for the automated guidance vehicle position deviations because it passes on the magnetic path.
Does the magnetic guidance sensor assist AGV for heavy loads?
Yes, the magnetic guidance sensor helps automated guided vehicles to transport heavy loads. The AGVs using magnetic tape can move heavy loads over long distances. The capacity of the magnetic sensor caters to heavy loads making it ideally used in warehouses and manufacturing facilities.
Explanation of the magnetic tape
The AGV with the magnetic sensor can follow a track, which is laid by the magnetic tape. It is a cost-effective option as the magnetic tape is affordable and has less maintenance than the other guidance system.
Benefits of using magnetic guidance sensor in AGV
The magnetic guidance sensor in AGV offers a lot of benefits, including:
- high accuracy
- reliability
- ease of installation and modification
- cost-effectiveness
- safety
The magnetic tape on the floor provides a consistent path to follow by the AGV. When you have the automated guidance vehicle running, it follows the path where magnetic tape is installed. There is a designated area it is installed, to make the warehouse or manufacturing facility organized. It is not like you see AGVs crossing everywhere in the facility, so everything is managed.
Many industrial settings considered magnetic guidance a manageable and low-cost option over other navigation technologies.
The ideal time to use magnetic guidance sensors
- Fixed routes with occasional changes. Magnetic guidance is a flexible solution when the work needs occasional adjustments.
- High-volume material handling. The magnetic sensor ensures accuracy in an application that needs reliable and consistent material transport. Logistic facilities believe that magnetic sensor navigation is the best to use for the required precision of transporting goods, especially when carrying fragile loads.
- Cleanroom environments. The magnetic tape is installed under the flooring in cleanrooms so that the navigation system remains hidden and maintains its cleanliness. The magnetic tape will not be noticeable and cannot interrupt any work in the facility.
Conclusion
Using a magnetic guide sensor makes transporting and carrying loads faster than humans. It is also an advanced navigation solution that promotes a productive day in the facility. The magnetic guidance sensor is recognized as the most cost-effective navigation system over other rivals.
